Syllabus Sample with Module Breakout

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D.C. FUNDAMENTALS MODULE #2 (072610)
Name __________________________
POI Student Learning Objectives
A2.1.6 Explain Ohm’s law formulas.
A2.1.7 Calculate circuit values using Ohm’s law.
A2.1.8 Explain power law formulas.
A2.1.9 Calculate circuit values using power law.
KSA
2
2
2
2
In the Text – Chapter 3 – Ohm’s Law and Power (Watch Tegrity lessons)
Read each section
Complete the even numbered “Practice Problems”2 – 30 show all work (math).
Define all the Key Terms on page 92.
Complete Wisc-online
Assembling a Circuit from a Schematic Diagram
Ohm's Law: Current
Ohm's Law: Power
Ohm's Law: The Relationship of Voltage, Current, and Resistance
The Electrician's Wheel of Laws Quiz
Voltage, Resistance, and Current Relationships
Watt's Law
On the computer under “CAI Pro” Basic DC Circuits
Ohm’s Law and Power
Ohm’s Law
Discussion
Exercise
Power
Discussion
Exercise
Experiment
Final Quiz
On the computer under “Basic Circuits Challenge” (2 times with 90>)
Do “Ohm’s Law 1”
Do “Ohm’s Law 2”
Do “Electrical Power 1”
Do “Electrical Power 2”
POI Student Performance and Learning Objectives
B1.1 Measure voltage, current, and resistance of a simple circuit.
B1.1.1 Explain electrical quantities.
B1.1.2 Identify electrical units of measure.
B1.1.3 Explain the use of various electrical measurement instruments.
KSA
3
2
1
3
Complete Wisc-online
Proper Meter Placement
Analog Ammeter Operation
Analog Ohmmeter Operation
Analog Voltmeter Operation
Ohmmeter Measurement Connections
Opens and Shorts
Ammeter Circuit Connections
Voltmeter Circuit Connections
Watch
“Using Bread Board (for review)”, “Measuring Resistance in Series”,
“Connecting DC Power Supply”, “Measuring Voltage in Series” and
“Measuring Current in Series” videos.
Complete Ohm’s Law Lab as instructed: (Have Instructor verify work).
In the Text – Chapter 4 (Watch Tegrity lessons)
Read each section.
Define all Key terms.
Complete the Practice problems 1 – 4, show all work (math).
POI Student Learning Objectives
E1.1.1 Identify a series circuit.
E1.1.2 Explain the electrical characteristics of a series circuit.
E1.1.3 Analyze series DC circuits using Ohm’s Law.
E1.1.4 Calculate power in series circuit.
Complete Wisc-online
Total Resistance of a Series Circuit
Voltage Drops
Voltage Drops in a Series Circuit
Voltage Sources in Series
Current in a Series Circuit
Total Power Calculations in a Series Circuit
On the computer under “Basic Circuits Challenge” (2 times with 90>)
Do Series 1
Do Series 2
On the computer under “CAI Pro”
Series Circuits
Series Circuits
KSA
1
2
3
3
Discussion
Exercise
Voltage Drops
Discussion
Exercise
Experiment
Final Quiz
On the computer under “DC Circuits Challenge” (2 times with 90>)
Do Series 1
Do Series 2
Do Series 3
Complete Series Circuits Lab 1 as instructed:
(Have Instructor verify work).
In the Text – Chapter 4 (Watch associated Tegrity lesons)
Complete the even numbered Practice problems 6 - 42, show all work (math).
Complete Wisc-online
Affects of a Rheostat in a Series Circuit
Kirchhoff's Voltage Law
Opens Affecting Current in a Series Circuit
Shorts Affecting Current in a Series Circuit
Voltage Dividers
Electrical Opens and Shorts
Complete Series Circuits Lab 2 as instructed:
(Have Instructor verify work).
On the computer under “CAI Pro”
Series TS Theory
Troubleshooting Procedures
Discussion
Faults in Series
Discussion
Exercise
Final Quiz
On the computer under “CAI Pro”
Series TS Experiment
Open Component
Discussion
Exercise
Shorted Component
Discussion
Exercise
Changed Value
Final Quiz
On the computer under “CAI Pro”
Series TS Practice
Experiment
On the computer under “DC Circuits Challenge”
Do Series Troubleshooting 1 (2x, must score greater than 80%)
Do Series Troubleshooting 2 (2x, must score greater then 80%)
*Copy “Hints” and calculate Vr and It for the circuit for assistance.
Complete Series Circuits Troubleshooting Lab 1 & 2 from the instructor. (Have
Instructor verify work).
Complete ISCET ESA-1 Certification Modules & Quizzes for review:
(See instructor for specific lessons).
Take a written test from the instructor
This completes module #2 of DC
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